The Company now boasts over 38,000 sq.ft of purpose-built climate controlled manufacturing space and a workforce of 58.

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1 N E X T G E N E R AT I O N T O O L I N G...

2 T H E C O M PA N Y International Precision Moulds & Tools specialise in the design and manufacture of high quality injection moulds for clients worldwide. Whether single or multi-impression, conventional or twin-shot, overmoulded or strip fed, Precision Moulds has the expertise to produce tools of the highest calibre to agreed schedules. The Company was formed in 1991 by two partners with a shared vision of high quality tool making, with experience gained in some of the most advanced tool rooms in Europe and around the world. Ongoing investment in the latest technology ensures that Precision Moulds is at the forefront of mould production. This latest technology also ensures optimum consistency giving customers complete assurance that replacement inserts or repeat orders will be identical to the original. Precision Moulds is an ISO 9001:2000 Certified Company. Having started in the connector market, Precision Moulds expanded rapidly and has established a reputation for expertise, quality and service in the medical & pharmaceutical industry as well as automotive, electrical, retail and leisure products. In 2001 the Company embarked on a major expansion plan that included the building of a mirrored plant in Sri Lanka, which opened in 2005 and continues to be run by one of the founding partners. More recently the Company opened its tool validation facility at the UK factory which has two Sumitomo Demag moulding machines in permanent residence for mould proving and pre-production sampling, with additional capacity for customer machines to be delivered for closed cell tool validation. The Company now boasts over 38,000 sq.ft of purpose-built climate controlled manufacturing space and a workforce of 58. I N T E R N AT I O N A L P R E C I S I O N M O U L D S & T O O L S

3 THE FACILITIES To maintain the highest standards Precision Moulds continues to invest in state-of-the-art equipment across both facilities. The combination of Charmille 1,000 series wire eroders with 2 micron accuracy and Mikron HSM multi-axis machining centres with 5 micron accuracy ensure Precision Moulds can deliver tools to the exacting standards demanded in today s marketplace. These are complemented by Sodick linear sparkers and full component inspection using high-end non-contact vision systems. Good tooling is not simply a matter of technology, however, Precision Moulds also offers innovative design and tool development. All projects are archived with appropriate documentation & CAD models and tool drawings are fully detailed for ease of reference. Precision Moulds highly experienced engineers offer a comprehensive after sales service, including mould servicing, repairs and spare parts manufacture.

4 TOOL VA LIDATION Precision Moulds offers full tool validation on new tooling up to Factory Acceptance Test (FAT) stage. Services offered include: Initial dry cycle of tools First off samples Component inspection reports Closed cell tool validation Component reports are produced with the aid of an OGP SmartScope CNC500 Vision System with six station touch probe and laser sensor, located within the climate controlled inspection area. For tool trials Precision Moulds has two Sumitomo Demag moulding machines in a dedicated mould shop adjacent to the tool manufacturing facilities. I N T E R N AT I O N A L P R E C I S I O N M O U L D S & T O O L S

5 8+8 impression t win-shot hot runner tool to produce syringe carrier damper The ejection half of this tool has four identical sets of vertical splits and is bolted to the moulding machine s rotary table. The fixed half of the tool has two 8 drop Günther hot runner systems; one feeding the first shot (top of tool) and the other feeding the second shot (bottom of tool). The ejection system opens the bottom two sets of splits via angle cams and finally sleeve ejects the components. Press 546 x 526 x 578mm 1120 Kilos 1st shot Hostaform C1303 2nd shot TPE KM 110 / 130CXZ

6 8 impression hot runner tool to produce firing body This tool incorporates an 8 drop Günther hot runner system, direct fed on to each part with a valve gate. The hydraulic locking cylinders are utilised with a specific opening sequence to minimise distortion of the part. Mouldings are then ejected via pins. Press 596 x 503 x 480mm 900 Kilos PP Repsol Isplen PB176 KM 100CX I N T E R N AT I O N A L P R E C I S I O N M O U L D S & T O O L S

7 16 Impression Tool TO PRODUCE HFA ACTUATOR This tool incorporates a 4 drop Günther hot runner system, feeding into a sub runner and tunnel gated into the parts. Sequentially operated hydraulic cylinders on side actions with staged moving half ejection. 700 x 640 x 604mm 1905 Kilos Polypropylene Press Evotec 250

8 48 Impression Tool TO PRODUCE INTERNAL BODY This tool is fitted with a 48 drop Männer valve gated hot half system feeding directly on to the parts. The tool incorporates self alignment modular core and cavity inserts to allow for thermal expansion. To maximise cooling within the tool, water channels have been machined into the cavity inserts and vacuum brazed together. Press 646 x 396 x 448mm 890 Kilos PBT Fanuc 100T I N T E R N AT I O N A L P R E C I S I O N M O U L D S & T O O L S

9 1 Impression Tool TO PRODUCE MEDICAL URI FILTER This single cavity tool is direct fed via a Mold-Masters valve gated nozzle. The tool incorporates both external and internal M/H side core actions, together with a hydraulically operated F/H side core. The core detail is built up from a series of inserts to ensure maximum cooling for the best possible cycle time. Press 500 x 500 x 450mm 740 Kilos K Resin KR30 150T Fanuc Roboshot

10 96 Impression Tool TO PRODUCE MEDICAL LANCET DEVICE This 96 impression tool operates in a vertical moulding machine. The needles are loaded horizontally via a transfer plate and the finished parts are removed by robot after ejection. Press 470 x 400 x 280mm 410 Kilos Polypropylene Engel E570-90VT I N T E R N AT I O N A L P R E C I S I O N M O U L D S & T O O L S

11 400 Impression 2 drop Hot Runner Tool TO PRODUCE HOOKTACH This 400 impression tool has a 2 drop valve gate hot runner system, each nozzle feeding 200 imps. via a balanced runner system. The cores forming the hook are retracted by means of four pneumatic cylinders. Eight separate pin ejection units are operated in both fixed and moving halves of the tool. Press 600 x 500 x 460mm 1100 Kilos PP/Nylon6 Various

12 32 Impression Tool TO PRODUCE ROLLERBALL & PEN INNER CAP This 32 impression tool incorporates a conventional cold runner feed, side core action and two stage sleeve ejection. Precision Moulds also manufactured a 32 impression tool to produce a ball pen plunger moulding for use in the same project. Press 546 x 346 x 381mm 565 Kilos LPDE Engel 125 HL I N T E R N AT I O N A L P R E C I S I O N M O U L D S & T O O L S

13 4 Impression Insert Moulded 4 Drop Hot Runner Tool TO PRODUCE A COIL CONNECTOR HOUSING Robot loading the inner coil to the fixed half core (shown in position in the inset photo) is the first stage of the tool cycle. The four inner coils are then secured by eight hydraulically operated fixed half side cores, two per impression (also shown in the inset photo). After the injection process the eight side cores open, freeing the moulding from the fixed half. At the same time the mould opens, actuating eight cam operated side cores by means of a floating moving half core plate. Finally, the mouldings are ejected by conventional ejector pins. 396 x 396 x 390mm 470 Kilos The coil connector housing is illustrated above with the insert moulded inner coil to its left. Precision Moulds also produced this tool. 25% GF PA66 Shrinkage 0.7% Press Demag Ergo Tech

14 1 Impression TooL Insert Moulded Via Rotating Table TO PRODUCE A 72 WAY HEADER This single impression tool operates in a vertical moulding machine. Two identical ejection half assemblies are bolted to the machine s rotary table opposed at 180. The contact inserts are assembled into one half whilst the moulding process continues on the other half. When this process is completed the table indexes 180 to enable procedures to be repeated in a continuous operation. 346 x 246 x 350mm 940 Kilos 30% GF PBT Shrinkage 0.5% Press Engel ES600H/100 I N T E R N AT I O N A L P R E C I S I O N M O U L D S & T O O L S

15 4 IMPRESSION OVERMOULD TOOL WITH 4 DROP HOT RUNNER TO PRODUCE A COIL CONNECTOR HOUSING The project comprised two tools a 4 impression pre-mould bobbin and a 4 impression overmould housing. Both incorporate 4 drop Synventive hot runner systems. Once the pre-mould bobbin is produced and wound it is loaded via a loading fixture into the overmould housing tool, which locates the parts in-situ prior to overmoulding and encapsulating the mould bobbin. Press 466 x 346 x 356mm 426 Kilos PA6 150T

16 16 Impression 8 Drop Hot Runner Tool TO PRODUCE A 10 to 64 way expanding latch cover moulding The tool was supplied with sixteen complete sets of interchangeable inserts enabling swift changeovers from 10 to 64 ways. Precision Moulds also manufactured a 16 impression expanding modular tool of similar design to produce the mating 10 to 64 way latch housing moulding. 596 x 496 x 396mm 920 Kilos Valox 420 Shrinkage 0.2% Flow / 0.8% Across Press Demag Ergo Tech 150 I N T E R N AT I O N A L P R E C I S I O N M O U L D S & T O O L S

17 NE X T GENERATION TOOLING... TURNKEY SOLUTIONS D E S I G N & M A N U FA C T U R E single & multi - impression twin - shot strip fed overmoulding M O U L D VA L I DAT I O N MEDICAL CONNECTOR AUTOMOTIVE R E TA I L & L E I S U R E C L I M AT E C O N T R O L L E D E D M M U LT I - A X I S M A C H I N I N G HIGH PRECISION WIRE ERODERS L A S E R E N G R AV I N G

18 Precision Moulds & Tools, Triangle Business Park, Stoke Mandeville, Aylesbury, Bucks. HP22 5BL Tel: +44 (0) Fax: +44 (0) N E X T G E N E R AT I O N T O O L I N G...